Transducer Techniques SSI Portable Hand-Held Load Cell Indicator
The Transducer Techniques SSI Portable Hand-Held Load Cell Indicator with TEDS (Transducer Electronic Data Sheet) IEEE 1451.4 compliance is an advanced and versatile instrument designed for accurate and efficient load cell measurements while adhering to industry standards for sensor data management. This handheld device combines the convenience of a portable load cell indicator with the benefits of TEDS technology, providing users with a powerful and user-friendly tool for a wide range of force and weight measurement applications. Here's a comprehensive description of the Transducer Techniques SSI Portable Hand-Held Load Cell Indicator with TEDS IEEE 1451.4 compliance:
Portable and User-Friendly: The SSI Load Cell Indicator with TEDS is designed to be portable and user-friendly. Its handheld form factor ensures easy handling, making it convenient for fieldwork, laboratory testing, and on-site measurements. The device features an intuitive interface with a clear, easy-to-read display and user-friendly controls for quick and efficient operation.
TEDS IEEE 1451.4 Compliance: TEDS is a standardized protocol (IEEE 1451.4) used for automatic sensor identification and configuration. Load cells equipped with TEDS contain electronic data sheets that store vital sensor information, such as calibration data, serial numbers, and sensor specifications. The SSI Indicator with TEDS compliance can read and interpret this data automatically, simplifying sensor setup and ensuring accurate measurements.
Load Cell Compatibility: This handheld indicator is compatible with a wide range of load cells and sensors that feature TEDS technology. Users can connect TEDS-compliant load cells and have the indicator recognize and configure them automatically. This compatibility streamlines the measurement process and minimizes the potential for human error during setup.
Real-Time Data Display: The SSI Indicator provides real-time display of load cell measurements, allowing users to instantly view force or weight readings. The TEDS compliance ensures that the indicator correctly identifies and configures the connected load cell, making data interpretation accurate and reliable.
Peak and Valley Capture: The indicator often includes peak and valley capture functions, which allow users to record the maximum and minimum load values during a measurement session. This feature is useful for identifying performance peaks and lows in the measured data.
Tare and Zeroing Functions: Users can utilize tare and zero functions to account for the weight of containers or fixtures, ensuring that measurements focus exclusively on the force or weight of the object being tested.
Data Logging and Storage: Some versions of the SSI Indicator with TEDS may offer data logging capabilities, allowing users to record and store measurement data for later analysis. This feature is valuable for quality control, documentation, and data analysis purposes.
Battery-Powered: The indicator is typically powered by internal batteries, eliminating the need for a constant external power source. This enhances its portability and allows users to perform measurements in remote or field applications.
Versatile Applications: The Transducer Techniques SSI Portable Hand-Held Load Cell Indicator with TEDS IEEE 1451.4 compliance is suitable for a wide range of applications, including field testing, material handling, force testing, and quality control. It is particularly valuable for professionals who require accurate and efficient load cell measurements with TEDS-enabled sensors.
In summary, the Transducer Techniques SSI Portable Hand-Held Load Cell Indicator with TEDS IEEE 1451.4 compliance combines portability, user-friendliness, and advanced TEDS technology to simplify load cell measurements and ensure accuracy. Its compatibility with TEDS-enabled load cells, real-time data display, and peak capture features make it a valuable tool for professionals across various industries and applications where precise force and weight measurements are critical.
What is a SSI Portable Hand-Held Load Cell Indicator with TEDS IEEE 1451.4 compliant and how does it work?
A SSI (Smart Sensor Indicator) Portable Hand-Held Load Cell Indicator with TEDS (Transducer Electronic Data Sheet) IEEE 1451.4 compliance is an advanced and specialized instrument used for accurate load cell measurements while adhering to industry standards for sensor data management. This handheld device combines portability and ease of use with the advantages of TEDS technology, providing users with a powerful tool for a wide range of force and weight measurement applications. Here's an explanation of what it is and how it works:
What Is It?
1. SSI Load Cell Indicator: The SSI Load Cell Indicator is a portable handheld device designed to interface with load cells and other sensors. It allows users to read and display real-time measurements of force or weight obtained from the connected sensors.
2. TEDS IEEE 1451.4 Compliance: TEDS, or Transducer Electronic Data Sheet, is a standardized protocol (IEEE 1451.4) used for automatic sensor identification and configuration. When a load cell or sensor is TEDS-compliant, it contains an electronic data sheet that stores essential sensor information, such as calibration data, sensor specifications, and serial numbers. TEDS-compliant sensors enable automatic configuration and accurate data interpretation.
How Does It Work?
1. Sensor Connection: To use the SSI Portable Hand-Held Load Cell Indicator, you connect it to a TEDS-enabled load cell or sensor. The device is equipped with the necessary input ports or connectors to establish a physical connection.
2. Automatic Sensor Identification: When the TEDS-compliant load cell is connected to the indicator, the device automatically recognizes and identifies the sensor. It reads the information stored in the sensor's TEDS electronic data sheet, which includes details about the sensor's calibration and specifications.
3. Measurement Display: Once the sensor is identified and configured, the SSI Indicator displays real-time measurements on its screen. Users can easily read and interpret the force or weight measurements provided by the connected sensor.
4. Peak and Valley Capture: Many load cell indicators, including TEDS-compliant versions, often feature peak and valley capture functions. Users can record and save the maximum and minimum load values obtained during a measurement session for analysis or documentation purposes.
5. Tare and Zero Functions: The indicator may include tare and zeroing functions that allow users to account for the weight of containers, fixtures, or any other objects that need to be subtracted from the measurement. This ensures that measurements focus exclusively on the force or weight of the object being tested.
6. Data Logging and Storage: Some advanced versions of the SSI Indicator with TEDS may offer data logging capabilities. Users can record and store measurement data for later analysis, quality control, documentation, and data analysis purposes.
7. Portable Power: Typically, the indicator is powered by internal batteries, making it portable and eliminating the need for a constant external power source. This enhances its mobility and usability in various settings, including fieldwork and on-site measurements.
In summary, a SSI Portable Hand-Held Load Cell Indicator with TEDS IEEE 1451.4 compliance simplifies load cell measurements by automatically identifying, configuring, and displaying data from TEDS-enabled load cells or sensors. Its user-friendly interface, automatic recognition of sensors, and additional features like peak capture and data logging make it a valuable tool for professionals who require accurate and efficient force and weight measurements while adhering to industry standards for sensor data management.